Fisher & Paykel

	Active Smart Stage 1,2, & 3
Fault 1	FC SENSOR RESISTANCE FAULT	The resistance of the FC Sensor is outside the normal range (< 660 ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 2	EVAP SENSOR RESISTANCE FAULT	The resistance of the Evaporator Sensor is outside of the normal range (> 45k ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 4	PC SENSOR RESISTANCE FAULT	The resistance of the PC Sensor is outside of the normal range (> 45k ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 5	PC SENSOR RESISTANCE FAULT	The resistance of the PC Sensor is outside of the normal range (< 660 ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 6	DEFROST FAULT	The previous 2 defrosts were aborted after 60 minutes. Primary Action - Check the defrost heater assembly in the FC - look for blown fuses, loose/bad connections. Secondary Action - Check the 14 way harness for damage at the unit compartment end. Tertiary Action - Replace Power Module.
Fault 7	Stage 1,2,3 NO FAULT	If this LED is flashing the cabinat is either a stage 4 cabinet or the cabinet is not displaying fault.

	Active Smart Stage 4
Fault 1	FC SENSOR RESISTANCE FAULT	The resistance of the FC Sensor is outside the normal range (< 660 ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 2	EVAP SENSOR RESISTANCE FAULT	The resistance of the Evaporator Sensor is outside of the normal range (> 45k ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 3	EVAP SENSOR RESISTANCE FAULT	The resistance of the Evaporator Sensor is outside of the normal range (< 660 ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 4	PC SENSOR RESISTANCE FAULT	The resistance of the PC Sensor is outside of the normal range (> 45k ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 5	PC SENSOR RESISTANCE FAULT	The resistance of the PC Sensor is outside of the normal range (< 660 ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 6	DEFROST FAULT	The previous 2 defrosts were aborted after 60 minutes. Primary Action - Check the defrost heater assembly in the FC - look for blown fuses, loose/bad connections. Secondary Action - Ensure that the defrost harness (brown wires) is securelypluggedinto the Power/Control module. Tertiary Action - Replace Power Module.
Fault 7	POWER/CONTROL MODULE SELF TEST FAULT	On the last poer up, the Power/Control module failedits self test. Primary Action - Replace Power/Control module.

	Active Smart Stage 4.1
Fault 1	FC SENSOR RESISTANCE FAULT	The resistance of the FC Sensor is outside the normal range (< 660 ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 2	EVAP SENSOR RESISTANCE FAULT	The resistance of the Evaporator Sensor is outside of the normal range (> 45k ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 3	EVAP SENSOR RESISTANCE FAULT	The resistance of the Evaporator Sensor is outside of the normal range (< 660 ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 4	PC SENSOR RESISTANCE FAULT	The resistance of the PC Sensor is outside of the normal range (> 45k ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 5	PC SENSOR RESISTANCE FAULT	The resistance of the PC Sensor is outside of the normal range (< 660 ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 6	DEFROST FAULT	The previous 2 defrosts were aborted after 30 minutes. Primary Action - Check the defrost heater assembly in the FC - look for blown fuses, loose/bad connections. Secondary Action - Ensure that the defrost harness (brown wires) is securelypluggedinto the Power/Control module. Tertiary Action - Replace Power Module.
Fault 7	POWER/CONTROL MODULE SELF TEST FAULT	On the last poer up, the Power/Control module failedits self test. OR There is an IO fault present Primary Action - Go into diagnostics mode and check IO faults page. Secondary Action - If no IO faults switch product off, and back on again. If Code 7 re-appears recheck for IO faults. If none replace power module
Fault 9	LAH HIGH CURRENT FAULT	The low ambient heater is drawing more current than expected. Either the heater or wiring is faulty. Primary Action - Check the wring and connections at both heater and power module. Secondary Action - Check heater resistance. If not within limits replace heater.
Fault 10	PC FAN CURRENT LOW CURRENT FAULT	The PC fan is drawing less current than expected. Either the wiring is open circuit or the fan is faulty. Primary Action - Check PC fan wiring and connections at both the fan and power module. Secondary Action - Check fan. If faulty replace
Fault 11	PC FAN CURRENT HIGH CURRENT FAULT	The PC fan is drawing more current than expected. Either the wiring is open circuit or the fan is faulty. Primary Action - Check PC fan wiring and connections at both the fan and power module. Secondary Action - Check fan. If faulty replace.
Fault 12	FC FAN CURRENT LOW CURRENT FAULT	The FC fan is drawing less current than expected. Either the wiring is open circuit or the fan is faulty. Primary Action - Check FC fan wiring and connections at both the fan and power module. Secondary Action - Check fan. If faulty replace.
Fault 13	FC FAN CURRENT HIGH CURRENT FAULT	The FC fan is drawing more current than expected. Either the wiring is open circuit or the fan is faulty. Primary Action - Check FC fan wiring and connections at both the fan and power module. Secondary Action - Check fan. If faulty replace.

	Active Smart Stage 4.2
Fault 1	POWER/CONTROL MODULE SELF TEST FAULT	On the last poer up, the Power/Control module failedits self test. Primary Action - Replace Power/Control module.
Fault 2	DEFROST HEATER FAILURE	The previous 2 defrosts were aborted after 40 minutes (30 minutes for Stage 4.2 priot to June 2006). Primary Action - Check the defrost heater assembly in the FC - look for blown fuses, loose/ad connections. Secondary Action - Ensure that the defrost harness (brown wires) is securely plugged into the Power/Control module. Tertiary Action - Replace Power/Contol module.
Fault 3	ALL TEMP SENSORS RESISTANCE FAULT	The resistance of all of the Sensors is outside of the normal range (> 45k ohms). Primary Action - Check 6 way sensor RAST connector at Power/Control module. Secondary Action - Reterminate 6 way sensor RAST connector. Tertiary Action - Replace Power/Control module.
Fault 4	ALL TEMP SENSORS RESISTANCE FAULT	The resistance of all of the Sensors is outside of the normal range (< 600 ohms). Primary Action - Check 6 way sensor RAST connector at Power/Control module. Secondary Action - Reterminate 6 way sensor RAST connector. Tertiary Action - Replace Power/Control module.
Fault 5	FC SENSOR RESISTANCE FAULT	The resistance of the FC Sensor is outside of the normal range (> 45k ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 6	FC SENSOR RESISTANCE FAULT	The resistance of the FC Sensor is outside of the normal range (< 660 ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 7	EVAP SENSOR RESISTANCE FAULT	The resistance of the EVAP Sensor is outside of the normal range (> 45k ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 8	EVAP SENSOR RESISTANCE FAULT	The resistance of the EVAP Sensor is outside of the normal range (< 660 ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 9	PC SENSOR RESISTANCE FAULT	The resistance of the PC Sensor is outside of the normal range (> 45k ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 10	PC SENSOR RESISTANCE FAULT	The resistance of the PC Sensor is outside of the normal range (< 660 ohms). Primary Action - Check sensor connection at controller. Secondary Action - Replace sensor.
Fault 11	ALL CURRENTS LOW	he current measured for the low abient heater, PC fan and FC fan is lower than expected. Primary Action - Check the 6 way Fan'LAH RAST connector at Power/Control module. Secondary Action - Reterminate 6 way Fan/LAH RAST connector. Tertiary Action - Replace Power/Control module.
Fault 12	ALL CURRENTS HIGH	The current measured for the low abient heater, PC fan and FC fan is higher than expected. Primary Action - Check the 6 way Fan'LAH RAST connector at Power/Control module. Secondary Action - Reterminate 6 way Fan/LAH RAST connector. Tertiary Action - Replace Power/Control module.
Fault 13	AMB HTR LOW CURRENT	The low ambient heater is drawing less current than expected. Either the heater or wiring is open circuit or the heater is faulty. Primary Action - Check wiring and connections at both heater and power module. Secondary Action - Check heater resistance. If not within limits replace heater.
Fault 14	AMB HTR HIGH CURRENT	The low ambient heater is drawing higher current than expected. Either the heater or wiring is open circuit or the heater is faulty. Primary Action - Check wiring and connections at both heater and power module. Secondary Action - Check heater resistance. If not within limits replace heater.
Fault 15	PC FAN CURRENT LOW CURRENT FAULT	The PC fan is drawing less current than expected. Either the wiring is open circuit or the fan is faulty. Primary Action - Check PC fan wiring and connections at both the fan and power module. Secondary Action - Check fan. If faulty replace.
Fault 16	PC FAN CURRENT HIGH CURRENT FAULT	The PC fan is drawing more current than expected. Either the wiring is open circuit or the fan is faulty. Primary Action - Check PC fan wiring and connections at both the fan and power module. Secondary Action - Check fan. If faulty replace.
Fault 17	FC FAN CURRENT LOW CURRENT FAULT	The FC fan is drawing less current than expected. Either the wiring is open circuit or the fan is faulty. Primary Action - Check FC fan wiring and connections at both the fan and power module. Secondary Action - Check fan. If faulty replace.
Fault 18	FC FAN CURRENT HIGH CURRENT FAULT	The FC fan is drawing more current than expected. Either the wiring is open circuit or the fan is faulty. Primary Action - Check FC fan wiring and connections at both the fan and power module. Secondary Action - Check fan. If faulty replace.

	Fisher & Paykel ED Dryer Fault Codes
F1	PCB Assembly Fault	The module has an internal fault. Primary Action Replace PCB assembly
F5	Over Temperature	If the exhaust air temperature is above 90 degrees C a fault is given. The dryer should not reach this temperature in normal operation. Primary Action - Check the lint filter and exhaust duct for any blockage or restriction to the air flow
F6	Faulty Exhaust or Ambient Sensor	The sensors can either be open or shorted circuit. Primary Action - Unplug the exhaust sensor and check the resistance. Should be 2000 ohms at 20 degrees C. Replace the exhaust sensor if faulty. If the ambient sensor is faulty the electronic module will have to be replaced.
F9	Faulty Exhaust Sensor	Primary Action - Unplug exhaust sensor. Check resistance of sensor. If faulty, replace. Secondary Action - A shorted exhaust sensor can also be sensed by the Temperature Measurement System as a very low temperature reading. Remember the sensor decreases in resistance as the temperature decreases. To stop a fault code showing at very low temperatures, this fault will not show until 5 minutes after the dryer has started.
F10	Exhaust Sensor Shorted to cabinet	Primary Action - Unplug Exhaust sensor. Check resistance between sensor wires and cabinet. There should be no continuity between them. Secondary Action - If there is a short, inspect the harness to trace the short
F13	Over Temperature	If the exhaust air temperature is above 90 degrees C a fault is given. The dryer should not reach this temperature in normal operation. Primary Action - Check the lint filter and exhaust duct for any blockage or restriction to the air flow.
F15	Fault Brown out	The product has experienced 8 brownouts within 60 seconds and has aborted the cycle and displayed fault. Primary Action - Check the supply voltage. If the supply drops below 180 VAC this fault will occur

	Fisher paykel dishwasher
F1	Flood switch has been activated.	Turn the water and power supply to the DishDrawer® off, Check for leaks, Replace sensor if none found
F2	Motor problem	Check motor resistance Call your Authorized Service Centre
F3	Temperature sensor failed.	Ensure water coming in through the inlet hose is less than 65oC. You may need to install a tempering valve on your water supply.
F4	Faulty temperature sensor or element	Check resistance of sensor and element
F5	Lid fault	Turn power supply to DishDrawer off, then turn on power supply. Fault may reset. Check for obstructions. Check or replace lid motors
F6	Lid fault	Turn power supply to DishDrawer off, then turn on power supply. Fault may reset. Check for obstructions. Check or replace lid motors
F7	Lid fault	Turn power supply to DishDrawer off, then turn on power supply. Fault may reset. Check for obstructions. Check or replace lid motors
F8	Electrical problem	Turn power supply to DishDrawer off. 2 Call your Authorised Service Centre.
F9	Electronics malfunction	Check and replace main control
U1	Fill Fault	1 Turn the DishDrawer® water supply on. 2 Ensure the spray arm is on and can rotate about the centre. If the DishDrawer® is full of water, it will need to be emptied manually. 3 Call your Authorized Service Centre.
U2	Loading error	Remove the item that is above the height of the drawer. Push button.
U4	Drawer fault	Fault in the other drawer preventing the use of this drawer Check other drawer, attend to fault code on that drawer